Improvement opportunities on fatigue and corrosion behaviors in offshore fastener threads combining a maraging steel skin with a class 10.9 32CRB4 core

Ni loss and phase structure formed during pulse laser powder bed fusion of Nitinol

DEVELOPMENT OF METALLIC POWDER – Atomization of metallic powder

Get rid of low value finishing operations. Gain efficiency, safe costs.

Overlay Dilution Prevention Method in a Single Step L-DED Process

MONOCOAT – protective cladding in a single layer

Get rid of low value finishing operations. Gain efficiency, safe costs.

Atomized Ni-Ti powders for reactive paint

Get rid of low value finishing operations. Gain efficiency, safe costs.

Ad hoc development of metallic powders for the application of single-layer L-DED coatings

Magnetic Materials

Building intelligence into metallic parts manufacturing

Method for preparing a stainless steel additive coating

Metallic Powder Manufacture for Conditioning Cast Iron as an Additive Manufacturing Substrate

Improvement opportunities on fatigue and corrosion behaviors in offshore fastener threads combining a maraging steel skin with a class 10.9 32CRB4 core

Ni loss and phase structure formed during pulse laser powder bed fusion of Nitinol

DEVELOPMENT OF METALLIC POWDER – Atomization of metallic powder

Get rid of low value finishing operations. Gain efficiency, safe costs.

Overlay Dilution Prevention Method in a Single Step L-DED Process

MONOCOAT – protective cladding in a single layer

Get rid of low value finishing operations. Gain efficiency, safe costs.

Atomized Ni-Ti powders for reactive paint

Get rid of low value finishing operations. Gain efficiency, safe costs.

Ad hoc development of metallic powders for the application of single-layer L-DED coatings

Magnetic Materials

Building intelligence into metallic parts manufacturing

Method for preparing a stainless steel additive coating

Metallic Powder Manufacture for Conditioning Cast Iron as an Additive Manufacturing Substrate